@llewgnal that would probably work well. I think this circuit would smoke any other fluorescent ballast, efficiency-wise. In addition it also works with blackened dead bulbs as well.
Brilliant idea! I thought about stacking transistors on oscillators a week ago but never acted on it. Good to see that is a method to extend the field.
You should be able to light whole Xenon. Coil #26 around tube from L3 end towards gnd. This will supply excitation over whole tube and a large amount of heat should be present.
I connected L3 to one leg, and and used a coil around the tube connected to L3. Then connected ground to the other leg. The xenon now is lit from the ground end, kinda of weird. The coil around the tube the way you talked about did extend the xenon further down the tube. You can also deflect the xenon with a magnet which is interesting. It's like the xenon is spinning in a vortex, and the magnet opposes this spin.
@MRH2O2, What kind of voltage is this thing putting out? I see that the CFLs require KV; where Jeanna is running the Lights of America LED bulbs on much less, tiny circuits. Is KV really necessary? Mucho Gracias for your work.
@LoneOarman, this video was to show the expanded coherence field using dual transistors, and is not meant to show the most efficient way to light bulbs. Lighting an LOA bulb doesn't take much, ~1.5 watts, and that's at full brightness.. A 7 and 15 watt fluorescent takes more than that especially to light them wirelessly.. It's really about how to cohere energy from the environment, and by using a larger field we increase coherence.
Thanks for the advise. I know with even regular sec configurations I can get a large amount of noise on my tv converter box, which shows up on my computer screen(tv tuner card). This only seems to happen when I spark the end of L3. I have a pretty large thick metal tower case for my computer, so luckily I haven't had any problems. The harddisk is also encased in it's own separate metal cage so I think that adds to the safety. What happened to your power supply?
The power supply was a Tektronix two channel variable DC PS. Perhaps there is coherence going on inside the power supplies as well? I don't see how there wouldn't be and especially since I was not running adequate filtering either. Doc hadn't design and posted his ladder filter yet, not that its his fault or anything like that. There is MAJOR semiconductor damage done so just pay attention is all I'm saying. Nice work.
Sorry to hear that, the tektronix's was probably expensive..I feel there is coherence going on, as I can use the led probe off the power rails and it's lit, even the ground. I'll will be careful now that you said that, kinda of scares me actually, I don't have the proper filtering on this particular board, so I guess I better use the filter before I cause some damage. I wonder how coherence affects battery as the source? I would think it would be a good thing.
Excellent! and yes it was for some one to figure out and you are only the second one to figure it. Now the transistors are in parallel and not in series so you should not attempt any higher voltage into the board. Yes input current will go up, yet overall coherence may go up 4X as easily seen in your examples.
The base resistors should be 10-15 ohms, well matched 5% other wise you get an imbalance. Also select your transistors for as close as possible for Beta.
Thanks, I didn't come up with this though, it was already printed on the 15-3 board. I guess Dr. Stiffler wanted people to experiment and figure it out for themselves. I'm not sure I have it correct, as far as the right resistor, capacitance, and inductance. I still have to adjust it, but it definitely has a stronger field. I'm wondering if you could keep adding series of transistors..
Just wind coil on flouresent tube ?
llewgnal 2 years ago
@llewgnal that would probably work well. I think this circuit would smoke any other fluorescent ballast, efficiency-wise. In addition it also works with blackened dead bulbs as well.
Wavefront101 2 years ago
Brilliant idea! I thought about stacking transistors on oscillators a week ago but never acted on it. Good to see that is a method to extend the field.
CosmicGnarler 2 years ago
You should be able to light whole Xenon. Coil #26 around tube from L3 end towards gnd. This will supply excitation over whole tube and a large amount of heat should be present.
MRH2O2 2 years ago
I connected L3 to one leg, and and used a coil around the tube connected to L3. Then connected ground to the other leg. The xenon now is lit from the ground end, kinda of weird. The coil around the tube the way you talked about did extend the xenon further down the tube. You can also deflect the xenon with a magnet which is interesting. It's like the xenon is spinning in a vortex, and the magnet opposes this spin.
Wavefront101 2 years ago
@MRH2O2, What kind of voltage is this thing putting out? I see that the CFLs require KV; where Jeanna is running the Lights of America LED bulbs on much less, tiny circuits. Is KV really necessary? Mucho Gracias for your work.
LoneOarman 2 years ago
@LoneOarman, this video was to show the expanded coherence field using dual transistors, and is not meant to show the most efficient way to light bulbs. Lighting an LOA bulb doesn't take much, ~1.5 watts, and that's at full brightness.. A 7 and 15 watt fluorescent takes more than that especially to light them wirelessly.. It's really about how to cohere energy from the environment, and by using a larger field we increase coherence.
Wavefront101 2 years ago
Now this is where I started blowing up things like computers and an expensive power supply...be careful.
Jim
Loki67671 2 years ago
Thanks for the advise. I know with even regular sec configurations I can get a large amount of noise on my tv converter box, which shows up on my computer screen(tv tuner card). This only seems to happen when I spark the end of L3. I have a pretty large thick metal tower case for my computer, so luckily I haven't had any problems. The harddisk is also encased in it's own separate metal cage so I think that adds to the safety. What happened to your power supply?
Wavefront101 2 years ago
@Wavefront101
The power supply was a Tektronix two channel variable DC PS. Perhaps there is coherence going on inside the power supplies as well? I don't see how there wouldn't be and especially since I was not running adequate filtering either. Doc hadn't design and posted his ladder filter yet, not that its his fault or anything like that. There is MAJOR semiconductor damage done so just pay attention is all I'm saying. Nice work.
Jim
Loki67671 2 years ago
Sorry to hear that, the tektronix's was probably expensive..I feel there is coherence going on, as I can use the led probe off the power rails and it's lit, even the ground. I'll will be careful now that you said that, kinda of scares me actually, I don't have the proper filtering on this particular board, so I guess I better use the filter before I cause some damage. I wonder how coherence affects battery as the source? I would think it would be a good thing.
Wavefront101 2 years ago
Excellent! and yes it was for some one to figure out and you are only the second one to figure it. Now the transistors are in parallel and not in series so you should not attempt any higher voltage into the board. Yes input current will go up, yet overall coherence may go up 4X as easily seen in your examples.
The base resistors should be 10-15 ohms, well matched 5% other wise you get an imbalance. Also select your transistors for as close as possible for Beta.
MRH2O2 2 years ago
Thank you for the tips, I will give that a go.
Wavefront101 2 years ago
Thats my brother!!! Nice job dude. Thanks for the game it kicks ass. It has the highest Vista rating of all my games. really nice game
mmyr123 2 years ago
wow..Nice One.
GBluer 2 years ago
Thanks, I didn't come up with this though, it was already printed on the 15-3 board. I guess Dr. Stiffler wanted people to experiment and figure it out for themselves. I'm not sure I have it correct, as far as the right resistor, capacitance, and inductance. I still have to adjust it, but it definitely has a stronger field. I'm wondering if you could keep adding series of transistors..
Wavefront101 2 years ago